Product Category Description

The Skid Steer Tree Blade (Transplanting) Attachment is engineered to dig, loosen, and extract small trees with their root systems intact so they can be replanted at a new site. A deep, tapered V-blade with reinforced, serrated leading edges slices through soil and fibrous roots, while the integrated pry geometry lifts the root ball cleanly with minimal disturbance. A apple shaped root ball stabilizes the tree during extraction and transport, helping preserve fine roots for higher transplant survival. Built from abrasion-resistant steel with replaceable wear edges and a quick-attach mount, this attachment gives nurseries, landscapers, and contractors a fast, low-disturbance alternative to conventional digging methods or larger tree spades. (Typical capacity: small trees/saplings—actual trunk diameter depends on soil type, moisture, and species.)

Typical Applications
●Nursery and landscaping tree relocation/transplanting
●Salvaging trees from construction zones for replanting
●Orchard thinning and repositioning of young stock
●Site restoration and habitat projects (move natives, remove invasives for replant)
●Urban landscaping: relocate shrubs/small ornamentals with intact root ball
●Golf courses, campuses, parks: reposition specimens with minimal turf damage

Main technical parameters

 Product Key Features

●High Efficiency​
Powered by advanced engineering, our product completes root ball excavation in dozens of seconds. Achieve operational excellence with:
• Selective harvesting: 150 trees/day
• Full-site clearance: 400 trees/day
• Workforce efficiency: Equivalent to 30-100 manual workers
●Apple-Shaped Root Ball Technology​
Engineered to create optimally compacted "apple-form" root balls that:
• Preserve 30%+ more root systems
• Boost transplant survival rates to 95%+
●Survival-Optimized Cutting System​
Proprietary electro-mechanical-hydraulic integrated system delivers:
• Surgical-grade root sectioning (sub-0.5mm tolerance)
• Compression-resistant soil structure maintenance
• Smooth cutting surfaces for accelerated root regeneration
●Spade Made of ​Ultra-wear-resistant Alloy Steel
• The max. bending angle can reach up to 140°
• Capable of withstanding more than 100,000 fatigue resistance tests
• Shape-memory metallurgy for zero deformation
●Precision Portal Frame Architecture​
Dual-frame structural solution offers:
• 35% space optimization vs conventional designs
• Full-perimeter arc spade alignment
• 0.01-0.5mm assembly precision control